Elin Hernlund honored with Ingvar Fredricson Foundation Scholarship
Our co-founder Dr. Elin Hernlund has been awarded the 2025 Ingvar Fredricson Foundation Scholarship, together with Professors Lars Roepstorff and Marie Rhodin (SLU).
Sleip now automatically flags potential compensatory movement patterns in straight-line recordings—supporting veterinarians in identifying the primary source of lameness.
Horses with lameness often adapt their movement to reduce discomfort. These compensations can lead to secondary asymmetries, meaning a primary issue in a forelimb may cause movement changes in the hindlimbs—and vice versa.
These adaptations tend to follow recognisable patterns. One biomechanical principle that helps interpret them is the Law of Sides, which guides clinicians in diagnosing the root cause of the lameness, explains Filipe Bragança, Biomechanics Researcher and Product Manager at Sleip.
Building on this biomechanical principle, Sleip’s new feature analyses the relationship between impact and push-off asymmetries in both the head and pelvis. Recordings that match known compensatory patterns are automatically flagged—adding important clinical context during evaluations.At launch, the app identifies the three most common compensatory patterns. As data continues to grow, Sleip will expand its capabilities—advancing the understanding of equine movement and enabling more informed decisions in lameness diagnostics.Want to learn more about compensatory patterns? Read the blog post.
Our co-founder Dr. Elin Hernlund has been awarded the 2025 Ingvar Fredricson Foundation Scholarship, together with Professors Lars Roepstorff and Marie Rhodin (SLU).
New research using insurance data from over 15,000 Swedish Warmbloods highlights how sex, discipline, and early training impact orthopaedic disease risk. Co-authored by Sleip’s Elin Hernlund, the study offers based on population-level data for early detection and prevention in sport horses.
Trunk movement is now shown alongside head and pelvis — giving you an extra reference point when interpreting complex asymmetry patterns.